Sanghvi Electronics

PD10016A IGBT Module – Technical Overview

The PD10016A is a high‑voltage power semiconductor module designed for industrial power conversion and control applications. It is typically used in circuits requiring robust switching, high current, and high voltage capability such as motor drives, inverters, UPS systems, and general power electronics.

⚡ Core Electrical Characteristics

While precise IGBT datasheets for PD10016A are hard to locate, the module falls within the “PD10016” family family, whose ratings provide a good technical reference:

• Voltage Blocking Capability (V_CES): ~1000–1600 V class — suitable for industrial DC link voltages.

• Continuous Collector/Forward Current: ~100 A typical — designed to handle heavy industrial currents.

• Surge / Pulsed Capability: Module class designs usually support short‑duration surge currents significantly above average ratings (hundreds to low thousands of amps for short durations).

• Integrated Device Type: IGBT with integrated diodes — typical for power conversion modules (exact topology depends on vendor datasheet).

Note: Some listings position the PD10016A as effectively equivalent to the PD10016 diode module series (100 A, 1200‑1600 V), though the “A” suffix often indicates an IGBT power module variant rather than a simple diode bridge. This module integrates switching transistors and anti‑parallel freewheel diodes for AC/DC conversion.

�� Switching & Conduction Features

• Trench or Field‑Stop IGBT Technology: IGBT modules in this class typically use trench gate technology for improved conduction and switching efficiency.

• Integrated Freewheeling Diodes: Built‑in diodes support bidirectional current paths in inverter operations.

• Compact Module Package: Standard industrial power module housing with screw terminals (e.g., M5/M6) for power and control connections.

��️ Thermal Performance & Ratings

Based on tutorials and family documentation for similar PD10016 modules:

• Operating Junction Temperature: –40 °C to ~150 °C typical.

• Storage Temperature: –40 °C to +125 °C.

• Isolation Voltage: ~2500 V AC between module terminals and baseplate — allowing safe mounting on heatsinks without additional insulation.

• Thermal Resistance (Est): Modules of this class often have moderate thermal resistance from junction to case, requiring external heatsinking for full current ratings.

�� Packaging & Construction

• Module Housing: Rugged industrial package with isolated base — handles mechanical stress and provides electrical isolation to heatsinks.

• Terminal Configuration: Screw posts or solder pads for easy integration into power electronic assemblies.

• Compact Form Factor: Designed to fit standard industrial assemblies with high current paths.

�� Typical Applications

The PD10016A module is suitable for industrial power electronics applications including:

• AC / DC motor drives and variable frequency inverters.

• Uninterruptible Power Supplies (UPS) and battery‑backup systems.

• Rectifier or inverter stages for renewable energy systems (solar/wind).

• Power supplies and industrial converters where robust high voltage, high current switching is needed. 

1. General Overview

The PDH10016 is a high-power thyristor (SCR) module designed for industrial power control applications.

• Device type: Thyristor module (SCR module)

• Manufacturer: Nihon Inter Electronics

• Configuration:
  ➤ Dual thyristors or thyristor + diode (cascaded circuit)

• Package: Isolated power module (baseplate type)

👉 It is typically used for controlled rectification and AC power regulation.

2. Electrical Ratings ⚡ Voltage Ratings

• Repetitive Peak Off-State Voltage (VDRM):
  ➤ 1600 V

• Non-Repetitive Peak Voltage (VDSM / VRSM):
  ➤ 1700 V

🔌 Current Ratings

• Average On-State Current (I_T(AV)):
  ➤ 100 A

• RMS On-State Current (I_T(RMS)):
  ➤ ~156 A (typical family value)

⚡ Surge Capability

• Surge Current (I_TSM):
  ➤ ~2000 A (non-repetitive)

• I²t rating:
  ➤ ~20000 A²s

👉 This high surge capability makes it suitable for heavy industrial loads and fault conditions.

3. Gate Characteristics (SCR Control)

• Gate Trigger Current (I_GT):
  ➤ ~50–200 mA (temperature dependent)

• Gate Trigger Voltage (V_GT):
  ➤ ~2–4 V

• Max Gate Voltage:
  ➤ ~10 V

👉 Requires a gate drive circuit for controlled turn-on.

4. Conduction Characteristics

• On-state voltage drop (V_T):
  ➤ ~1.3 – 1.4 V @ rated current

👉 Low conduction losses improve efficiency in rectifier systems.

5. Thermal Characteristics

• Operating Junction Temperature (T_j):
  ➤ –40°C to +125°C

• Isolation Voltage:
  ➤ 2500 V (AC, 1 min)

👉 Designed for high thermal stability and electrical isolation.

6. Mechanical & Construction

• Module Type: Isolated baseplate module

• Mounting:

  • M6 screw (power terminals)

  • M5 screw (auxiliary terminals)

• Weight: ~155 g

👉 Rugged design for industrial environments.

7. Internal Configuration

Possible internal topologies:

• Dual SCR (anti-parallel or series)

• SCR + diode combination

👉 This allows:

• Controlled rectification

• AC phase control

• DC motor drive regulation

8. Key Features

• ✔ High voltage capability (1600 V class)

• ✔ High current handling (100 A)

• ✔ High surge current withstand

• ✔ Electrically isolated base

• ✔ Flexible internal configurations

• ✔ UL recognized module

9. Applications

Typical uses include:

• ⚙️ Controlled rectifiers (AC → DC)

• 🔋 Battery chargers

• ⚡ DC motor drives

• 🔥 Industrial heaters (phase control)

• 🏭 Power supplies and converters

👉 Mainly used where controlled switching (not fast switching like IGBT) is required.

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